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Table 3 Resistance (mean [STD dev]) identified from decay rate at each added resistance level

From: Measuring lung mechanics of expiratory tidal breathing with non-invasive breath occlusion

Subject\(R_{\text {rs}}\) (mean [std]) cmH\(_2\)Os/L
 None0.40.81.2
10.36 [0.10]0.52 [0.17]0.42 [0.11]0.43 [0.20]
20.16 [0.06]0.12 [0.08]0.15 [0.12]0.22 [0.12]
30.19 [0.04]0.28 [0.05]0.64 [0.32]0.66 [0.47]
40.35 [0.06]0.36 [0.05]0.52 [0.34]0.47 [0.14]
50.70 [0.47]1.40 [0.72]1.20 [0.61]2.72 [2.97]
60.34 [0.08]0.41 [0.11]0.27 [0.10]0.65 [0.37]
70.18 [0.07]0.24 [0.10]0.16 [0.05]0.22 [0.08]
80.45 [0.16]0.20 [0.45]0.33 [0.08]0.41 [0.24]
9− 12.45 [32.65]− 2.81 [10.44]1.48 [1.20]− 1.19 [2.82]
100.55 [0.23]0.42 [0.12]0.27 [0.07]0.52 [0.20]
110.64 [0.32]0.90 [0.26]0.84 [0.21]1.92 [1.61]
121.25 [0.43]0.98 [0.50]1.16 [0.60]2.84 [4.54]
131.22 [0.37]2.19 [0.86]2.30 [1.08]2.31 [1.52]
140.49 [0.09]0.55 [0.06]0.76 [0.13]0.95 [0.26]
150.28 [0.09]0.36 [0.08]0.56 [0.12]0.47 [0.12]
161.01 [0.25]1.05 [0.20]1.43 [0.73]1.58 [0.76]
170.47 [0.16]0.72 [0.41]1.26 [1.12]0.93 [0.45]
  1. Elastance used to separate decay rate is shown in Table 2